The RC Series (Rapid Coating) is AltForm’s solution for high-throughput laser cladding, engineered to deliver industrial precision and speed in large-scale manufacturing.
Originally developed for automotive brake disc coating, the RC platform sets new standards in efficiency, repeatability, and process control, supporting continuous 24/7 production with minimal maintenance.

RC Proto

RC Flex

RC Fast
Designed around laser-based surface treatment technology, each RC cell ensures uniform coating thickness and superior adhesion, extending component life and reducing environmental impact by replacing conventional coating methods.
Available in multiple configurations: RC Proto, RC Flex, and RC Fast, the system adapts to different production volumes, from R&D validation to full-scale automated lines.
Every RC cell integrates closed-loop powder management for safe handling and consistent material reuse, ensuring maximum productivity and operator protection.
While optimized for the coating of brake discs to meet Euro 7 emission standards, the RC Series can be customized for other metallic components requiring high-speed surface treatment, such as rotors, rings, valves, or wear-resistant industrial parts.
Benefits
- High-speed, automated coating for brake discs and metal components
- Consistent, repeatable surface quality
- Closed-loop powder management for safe, clean operation
- Scalable configurations from prototype to mass production
Applications
- Automotive brake disc coating (Euro 7 compliance)
- Industrial components requiring wear or corrosion protection
- Energy and machinery parts needing durable functional coatings
Technical Data
Built for performance. Designed for evolution.
The RC Series combines AltForm’s laser expertise with automation-ready architecture, enabling full integration into production lines or foundry environments.
Whether for brake discs or new metallic parts, AltForm can tailor the Rapid Coating system to your workflow, delivering reliable, sustainable, and scalable surface engineering for the next generation of manufacturing.
